A parametric study of a particulate direct contact heat exchanger

Physics & Astronomy

• heat exchangers 86%
• particulates 73%
• water heating 16%
• flow velocity 16%
• sea water 14%
• fouling 14%
• brines 14%
• power plants 12%
• liquids 11%
• gases 10%
• Reynolds number 8%
• specific heat 8%
• bubbles 8%
• heat 6%
• evaluation 6%
• temperature 6%
• fluids 6%
• performance 4%
• interactions 4%

Engineering & Materials Science

• Heat exchangers 63%
• Particle size 19%
• Magnetohydrodynamic power plants 18%
• Geothermal heating 17%
• Flow rate 15%
• Liquids 13%
• Contacts (fluid mechanics) 13%
• Brines 12%
• Gases 11%
• Fouling 11%
• Specific heat 10%
• Nuclear energy 10%
• Reynolds number 8%
• Temperature 8%
• Fluids 6%
• Water 5%
• Hot Temperature 5%

Chemical Compounds

• Heat Exchanger 100%
• Heat Capacity Ratio 21%
• Flow Kinetics 16%
• Nuclear Power 15%
• Reynolds Number 14%
• Liquid 11%
• Gas 11%
• Bubble 10%
• Heat 7%
• Flow 6%
• Column Like Crystal 6%
• Length 6%